A water chiller with a remote condenser is a type of cooling system used to remove heat from a process or a building. In traditional chiller systems, the condenser is located in close proximity to the chiller unit itself. However, in certain situations, it may be more practical or necessary to have the condenser located at a distance from the chiller, hence the term "remote condenser."
The remote condenser setup offers some advantages in specific applications:
1. Space Constraints: When the available space around the chiller unit is limited, a remote condenser can be placed in a more suitable location, such as on the rooftop or a remote outdoor area.
2. Noise Reduction: Chillers can generate noise during operation, and locating the condenser remotely allows for the reduction of noise near the building or process area, which can be beneficial for noise-sensitive environments.
3. Heat Dissipation: In situations where the heat generated by the chiller cannot be efficiently dissipated on-site, a remote condenser allows for heat rejection in a different location, where better ventilation or cooling options are available.
4. Aesthetic Considerations: For buildings with architectural restrictions or design preferences, placing the condenser remotely can help maintain the building's aesthetic appearance.
5. Maintenance Access: Remote condensers can provide easier access for maintenance, as they are often located in more open and accessible areas compared to in-building installations.
To connect a chiller with a remote condenser, refrigerant lines and electrical connections are run between the chiller unit and the remote condenser. The chiller unit, located near the cooling load or process, absorbs heat from the process water or air and then pumps the refrigerant to the remote condenser. At the remote condenser, the refrigerant releases heat to the outside air and is then pumped back to the chiller unit to repeat the cooling cycle.
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Item |
Specification / Supplier |
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Cooling capacity |
Model |
AYD-20A |
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kw |
49.98 |
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Power input |
kw |
20.84 |
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Power Supply |
380V-3N-50HZ |
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Temp Outlet (℃) |
7 |
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refrigerant control |
Expansion valve |
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Refrigeration circle |
two |
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refrigerant |
R407C |
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Dimension（mm）L*W*H |
1950*910*1700 |
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Compressor |
Style |
Scroll |
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Quantity（set） |
2 |
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Compressor Power(kw) |
17.64 |
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Condenser |
Style |
Fin type with copper coil |
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Fan Quantity（set） |
4 |
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Air Volume（m3/h） |
21000 |
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Evaporator |
Style |
Shell and Tubes |
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Cold water flow（m3/h） |
10.16 |
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Pipe size（DN） |
50 |
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Water Pump(kw) |
1.5(11m3/h,2bar) |
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Water Tank(L) |
200 |
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Protector Device |
1.Phase protector 2.Fan overload protector 3.High/low voltage protector 4.overheat protector 5.Anti-freeze protector |
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Unit Weight（kg） |
790 |
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Main Parts |
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Compressor |
Sanyo |
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Condenser |
Anyda |
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Evaporator |
Jindian |
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Electronic |
LS/ Chnt |
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Expansion Valve |
Emerson |
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Pump |
Mina |
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Control System |
Punp |
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Water chillers with remote condensers are commonly used in various applications, such as:
1. Industrial processes: Cooling machinery and equipment to maintain optimal operating temperatures and prevent overheating.
2. Air conditioning systems: Providing cooled water to air handling units for climate control in large buildings.
3. Data centers: Cooling servers and IT equipment to ensure proper functioning and prevent heat-related issues.
4. Medical equipment: Cooling medical imaging machines and other devices that generate significant heat.
5. Breweries: Maintaining specific temperatures during the beer brewing process.
By using a remote condenser, the chiller unit can be placed in a more convenient or less intrusive location, while the heat generated during the cooling process is expelled elsewhere, improving overall system efficiency and performance.
It's essential to ensure proper sizing, insulation, and routing of refrigerant lines to maintain the chiller system's efficiency and performance. Additionally, remote condensers may require additional considerations for protecting them from environmental factors like weather and vandalism.
Overall, chiller systems with remote condensers are a practical solution for specific scenarios where on-site condenser placement is not ideal or feasible. The suitability of this setup depends on various factors, including the specific cooling requirements, available space, noise considerations, and maintenance accessibility. Consulting with HVAC (Heating, Ventilation, and Air Conditioning) professionals or engineers can help determine whether a chiller with a remote condenser is the right choice for a particular application.
FAQ:
1. Do you supply the copper pipe between indoor unt and remote condenser ?
Sure, but you need to inform us the distance of them.Normally our offer exclude.
2.Nocied that the remote condenser is flow by side, it could flow by top?
Yes, you need to tell us the air flow way when send us the requirement.by side and by top both ok for us.
3.Which info shall I send for requirement?
cooling capacity, outlet temp required, power supply, refrigerant, condenser air flow way, whether need tank and pump(if need, tank volumen and pump pressure required?)
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